(u) In addition, a detailed discussion of current methods for scaling contarination patterns to other yields and conditions of detonation is included. Generalized contamination patterns for surface and underground detonation of fission weapons and surface detonation of thermonuclear weapons are shown with illustrative examples for scaling downwind and crosswind distances to other yields and other wind speeds. The JANGLE data are used as a basis for the extrapolation to 23- and 83-K¥ fission weapons; the CASTLE BRAVO data, for the extrapolation to other yields are meme mee" BEST AVAILABLE COPY CRLR - 435 - RADIOCHEMICAL ANALYSIS OF FALLOUT, WT-918. (Operation CASTLE), Robert C. Tompkins and Philip W. Krey, 29 September 1954. SECRET-RESTRICTED DATA, Special Report (u) The preliminary report of this work was published as ITR-918; the final report as WT-918. * CRIR - 436 - FALLOUT STUDIES, WI-916. (Operation CASTLE) Edward Wilsey, Richard R. Entwhistle, Robert J. French, and Harry I. West, Jr., 5 December 1954, SECRET-RESTRICTED DATA, Special Report. (u) A vreliminary report of this work was published as ITR-916; the final report as WT-916, CRLR - 437 - A STUDY OF THE WASTE DISPOSAL ASPECTS OF RW DECONTAMINATION (U), Tracerlab, Inc. 30 June 1954. SECRET-~RESTRICTED DATA, Special Report es This report comprises a general study (Part I) and a detailed study (Part iI) of the waste-disposal aspects of recovery of an urban area from & radiological warfare attack. PART I (u) The radioactive waste resulting from the reclamation of an urban area may be classified into two categories: agent suspended in a liquid and agent incorporated in a solid. Since the disposal of radioactive waste is similar in many respects to the disposal of the normal liquid and solid Y ANRC |